RM14/ILP-3C95

Product specifications Core RM14/ILP Effective parameters Symbol Parameter Value Unit ∑(I/A) core factor (C1) 0.25 mm⁻¹ Ve effective volume 10230 mm³ Le effective length 50.9 mm Ae effective area 201 mm² Amin minimum area 168 mm² m RM14/ILP ≈ 55 g/set Dimensions for product: RM14/ILP Symbol Nom Tol + Tol - Max Min Unit A 34.70 0.00 1.20 34.70 33.50 mm B 5.60 5.60 5.60 mm C 19.00 0.00 0.60 19.00 18.40 mm D2 29.00 1.20 0.00 30.20 29.00 mm D3 15.00 0.00 0.60 15.00 14.40 mm 17.00 mm E G 42.20 0.00 1.40 42.20 40.80 mm H1 20.50 0.00 0.20 20.50 20.30 mm H2 11.10 0.60 0.00 11.70 11.10 mm H3 17.30 0.25 0.25 17.55 17.05 mm Inductance factor Material Value Tol + Tol - Unit 3C94 8400 25% 25% nH/turns² 3C95 10100 25% 25% nH/turns² 3C96 7700 25% 25% nH/turns² 3F36 5400 25% 25% nH/turns² 3F4 4200 25% 25% nH/turns² Power loss: 3C94 Measuring conditions 100 kHz 200 mT Max 100 ºC 5.100 Unit W/set Power loss: 3C95 Measuring conditions Max Unit 2016 Product specifications Core RM14/ILP Power loss: 3C95 Measuring conditions Max Unit 100 kHz 200 mT 100 ºC 4.900 W/set 100 kHz 200 mT 25 ºC 5.300 W/set Power loss: 3C96 Measuring conditions Max Unit 100 kHz 200 mT 100 ºC 4.600 W/set 400 kHz 50 mT 100 ºC 2.100 W/set Power loss: 3F36 Measuring conditions Max Unit 500 kHz 50 mT 100 ºC 1.600 W/set 500 kHz 100 mT 100 ºC 12.000 W/set Power loss: 3F4 Measuring conditions Max Unit 1000 kHz 30 mT 100 ºC 3.300 W/set 3000 kHz 10 mT 100 ºC 5.100 W/set Bsat Measuring conditions Material Min Unit 25 kHz 250 A/m 100 ºC 3C94 320 mT 25 kHz 250 A/m 100 ºC 3C95 330 mT 25 kHz 250 A/m 100 ºC 3C96 340 mT 25 kHz 250 A/m 100 ºC 3F36 340 mT 25 kHz 250 A/m 100 ºC 3F4 330 mT 2016